The development of portable hybrid solar wind charger

Lokman, Ahmad Sodiq (2024) The development of portable hybrid solar wind charger. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The Portable Hybrid Solar Wind Charger (PHSWC) is a project that harnesses two renewable energy sources: solar and wind energy. Solar and wind are among the most plentiful natural energy supplies globally and are regarded as favored renewable energy alternatives. Nonetheless, these energy sources encounter challenges, including irregular energy production stemming from climatic fluctuations and geographical constraints. These issues underscore the necessity for a hybrid system to enhance energy capture. The initiative seeks to integrate these two energy sources into a unified system to provide more reliable and sustainable electricity. The primary objective of the project is to offer a systematic and efficient methodology for delivering clean energy to rural areas with restricted grid connectivity. Conventional techniques, such as fossil fuel-powered generators, generate pollution and are less sustainable. The project objectives encompass the design of the hybrid system, the evaluation of the appropriateness of components including solar panels, batteries, and charge controllers, and the verification of the components' dimensions for portability. This project aims to serve outdoor enthusiasts in need of a dependable power source in off-grid locations. The system operates by capturing energy from solar panels and wind turbines, managing electricity using a charge controller, storing it in a battery, and converting it to AC with an inverter. The substantial findings indicate that the PHSWC system effectively delivers a portable, environmentally sustainable, and efficient power source. It can consistently provide electricity for small devices and diminish reliance on conventional fossil fuel-powered generators. In conclusion, the PHSWC project exemplifies a feasible method for clean energy production, providing tangible advantages for outdoor and rural applications while mitigating environmental issues.

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